Study Of Numerical Approach To Solve Fluid Flow Equations
Journal Title: International Journal of Innovative Research & Growth - Year 2019, Vol 8, Issue 5
Abstract
Abstract In this paper we numerically investigated the nonlinear boundary value problem. We took the stretching sheet with linear velocity. Choose the suitable similarity variable to convert the nonlinear partial differential equation into nonlinear ordinary differential equation and use suitable numerical approach like runge kutta with shooting method to solve the equations.
Fixed Bed Sorption Studies On The Removal Of Uranium And Gadolinium Ions From Aqueous Solution Using Sonicated Emulsion Polymer
Abstract Sorption isotherm studies were performed utilizing the batch technique to get equilibrium information for removal of Uranium and Gadolinium from aqueous solution using sonicated emulsion polymer synthesized by u...
Sensitivity Analysis Of Inventory Model For Deteriorating Items With On-Hand Inventory Dependent Demand Rate And Infinite Production Rate Without Shortages
Abstract A deterministic inventory model for deteriorating items is considered. The rate of demand is variable and it is on-hand inventory dependent. Rate of replenishment is instantaneous. Shortages are not allowed. The...
A Review On Widely Used Edge Detection Methods
Abstract This work is a review over the articles on edge detection. At in the first place, it gives theoretical background, and after that reviews extensive variety of systems for edge detection. The review likewise thin...
Equalibrium Chain Of Stars: Curve Path
Abstract The open (hyperbolic) model of the Universe is characterized by the values of q < ½. The transition between open and closed models of the Universe is characterized by the flat (parabolic) model which corresponds...
Motion Of A Body In A Resisting Medium Using Fractional Calculus Approach
Abstract In this manuscript we propose a fractional differential equation to describe the vertical motion of a body through the air. To keep the dimensionality of the physical parameter in the system, an auxiliary parame...